 No, okay. What's up this week lady Ada? Okay first up. We've got a 1 millimeter 26 pin FPC cable. I'm gonna be using this for some floppy stuff. So just hold on tight to this You know came in before the floppy stuff did But that's what we use it for it's floppy disks floppy disk drives used in laptops use this cable and I wanted an extra Next up. We have a gorgeous even the people who are fabricating it. We're like this is a really good-looking TFT screen. It's a 1.47 inch 172 by 320 pixel IPS display using the very popular and well-supported ST 7789 chipset It's a very easy to wire up and use whether Arduino circuit Python libraries You just set the resolution to 172 by 320 and it's you know extremely high PPS pixels per square inch. I think it's 220 just I think the the highest density we've got Very close to the 1.3 and on the back. It's also got an iSpy connector So you can use it with a breadboard with the breakout pads can be used with three or five volt logic and power Has a micro SD card slot if you want to store images or animations on it as well and share with the SPI port And then the iSpy connector makes it very easy for you to wire it up if you want to put the display far away So a lovely little display will have its big sister the 1.9 inch in the store shortly All right. Did you want to show it off? Yes, I can show it off Get real close because it's real small. Yeah, I like that we have really good photos of our stuff However, I do like that. We were able to always do live demos of our stuff because I feel like that That means it actually is kind of easy to use of life It doesn't mean something a little different Because you could see it turned on like yeah, you know stuff over video cameras and web cameras and all that So it's very beautiful it's got that round wrecked. Oh people ask round rectangle displays are made by deleting pixels There isn't like some weird like radial squishing So, you know at the beginning and you see it display some text The display gets cut off. Yeah, so that's how it works. Okay, so anyways, so here's the beautiful photos are all good We have we love our beautiful photos, but I'd like to like demonstrate. Okay, next up Okay, next up we have a new time of flight sensor. That's the TOF sensor for the code Which can get 10% off this sensor if you're watching this live. This is a new time of flight sensor from ST This sensor they you know, they've done the VL 6180 and then they went to the VL 53 L 0x and then the 53 L 1x and those got up to like four meter distance This one is a shorter meter distance. This is 1.3 meters distance But it's good for closer up according to the day sheet It can do as little as one meter one millimeter away So it's good for closer measurements Because I can you know the other sensors kind of can't do less than one inch or one and a half inches away And this one can do less than that And it's got Arduino library support right now. We'll be working on circuit Python library support So if the text description says it's got it by the time you watch this video it does but as you know This chip just came out and we got it real fast into the store Using the Arduino library and thought I could show it as well Another live demo. Yeah, and you can see the little sensor. It's kind of nice and you can see it's Got me moving up and down That works, huh? That works. It does work and it doesn't display if I'm too far away. So A still time of flight sensor, you know, I think this one is good if you just need Closer measurements, you know, if you don't need up to four meters If you only need one and one and a quarter meters away Then this one will do the job very well. Okay, and then next up It's a revision, but it's a well-loved revision people really enjoyed the pink feather RP 2040 that we put into the shop as a freebie over the winter holiday and We thought let's just make all of our RP 2040 boards pink And so now our classic 4884 feather RP 2040 same exact design, but now pinker Not black pink with black silk screen. It looks gorgeous And if you order them now, that's what you'll get. Yeah, so thank you everyone who's said more pink boards Pink pink pink. You said it we listen and then 2040 last week this week the feather All right, and then the star of the show tonight besides you lady or community Our customers are staff running things behind the scenes and more is the new feather ESP 32 V2 this is a really big fresh upgrade to the feather ESP 32 one of our most popular feathers Because of the chip shortage, I can't get CP 2104s anymore. That's the USB serial chip And so I have to update to the CP 2102 Which has a slightly different schematic usage And so it was like well I got to go fix that up to revise this board so I can keep manufacturing it and then before you know it I kind of like Remodeled the whole thing so the whole board has gotten like a huge update Which is great. So let's just stop here because I can I can point at it while it's nice and big On the right there used to be a war room module, and that's the Pico module The Pico module is an ESP 32 with eight megabytes of flash and two megabytes of psram So that's twice the amount of flash and then extra psram that was not available on the original ESP 32 That's super handy if you're buffering data or you just want like You want to have a camera interface or a buffer a display output? Read large JSON files parse them that psram is so handy and the the ESP IDF and Arduino is natively just you know map that memory in and so you can use it It's not as fast as the SRAM, but it's great for again large data buffering To lower left of that there is a new neopixel on it the ESP 32 did not have a neopixel now it does And the power pin is on another GPIO so you can go into low power usage, and that's another thing We really optimize this feather for better low power support so the Neopixel can be turned off and then there's a separate LDO right above it for the Stem aqt connector that's the kind of yellow forpin connector above that you can get down to 70 microamps of power draw while in deep sleep for the ESP 32, which is pretty good because You know you can wake up from deep sleep with the RTC on at any timer interval you'd like The Stem aqt port is also new on there It's a vertical port and allows you to connect You know any of our dozens of Stem aqt or you can use a grove adapter to connect grove I squirt see sensors or from spark fun. They're quick sensors or there's a lot of companies now making Sensors with this adapter cable, so it's plug-and-play no soldering required and you can turn off power separately to this port again with that GPIO pin there is the USB serial converter, which is now updated to a CP 2102 it can now do three megabits There's also an extra tactile button on pin 38 And the USB has been updated from micro B to USB C so you can see like a lot of new stuff It's pretty much pin compatible with the original feather ESP 32 All the all the numbers are on the back the named pins like SDA SCL Mosey miso as clock a tx and rx those did change the underlying pin number because In order to get the ps ram, you know one pin disappeared and one once one pin disappears it can't turn into this You know every pin has to sort of change and so the numbered pens didn't change and the analog pins didn't change But the named I squared see SPI in your pens did change So just in your code you'll have to recompile it Which will need to anyway to take advantage of the extra flash and ps ram actually have to select the new board support package Just make sure you use the the words like mosey miso SDA SCL rx tx and that won't automatically translate into the numbers don't use the underlying like pin seven names for it But otherwise this should work drop in with pretty much any of your feather ESP 32 projects And it's just a big upgrade around the you know just everything got upgraded and updated It's so much better more pin labels on the top. So I'm really psyched to release this more mounting holes So good feather ESP 32